Effluent Treatment Plants (ETP)
Envision Enviro Tech stands at the forefront of delivering adept, cost-efficient, and regulatory-adherent wastewater treatment solutions, underscored by its meticulously engineered Effluent Treatment Plants (ETP). With a legacy spanning over three decades, Envision Enviro Tech has consistently rendered unparalleled service, ensuring optimal performance in the Engineering, Procurement, and Commissioning (EPC) of ETP systems.
Our ETPs are crafted with an unwavering commitment to quality and affordability, ensuring no compromises are made. Each plant is designed, procured, and commissioned by our dedicated team of experts, whose passion and experience are reflected in every project. These plants have been successfully commissioned both domestically and internationally, serving a wide array of industries.
Common Effluent Treatment Plants (CETP)
There is a sustained demand for establishing Common Effluent Treatment Plants (CETP) shared by industrial units to minimize capital outlay while adhering to environmental regulations.
Envision Enviro Tech brings extensive expertise in configuring CETPs for the collective treatment of effluents from diverse industries, handling both high and low-concentration effluents provided by various sectors for appropriate treatment. Our CETP systems are engineered with advanced process design units, allowing for the flexibility of either disposing of treated water or reusing it through Zero Liquid Discharge (ZLD) technology.
Our comprehensive services cover the design, engineering, supply, installation, commissioning, and ongoing operation and maintenance of CETPs, incorporating both conventional and ZLD technologies. We collaborate closely with industrial clusters and estates, ensuring all essential resources are available to establish a fully compliant CETP.
Envision Enviro Tech has consistently delivered effective and reliable effluent treatment across multiple industries, ensuring full regulatory compliance at the common facilities we have commissioned.
